raganmd

import bezier
import numpy as np

# press 'Setup Parameters' in the OP to call this function to re-create the parameters
def onSetupParameters(scriptOp):
	page = scriptOp.appendCustomPage('Custom')
	p = page.appendFloat('Val1', label='P1', size=3)

	page = scriptOp.appendCustomPage('Custom')
	p = page.appendFloat('Val2', label='P2', size=3)

raganmd

class par_helper:
	'''A generalized parameter helper for simple par callbacks

	The intention of this extension is to provide a slim interface
	for easily scritable actions intended to be connected to custom
	changes. The model assumes that the developer would like to 
	call a scriptable action whose function name matches the parameter
	name.
	'''
	def __init__(self, my_op, actionsMOD, debug=False):

raganmd

@echo off
rem turn off echo

rem set TouchDesigner build numbers
set TOUCHVERSION=2021.10330

rem set our project file target
set TOEFILE="dev-env.toe"

rem set the rest of our paths for executables

raganmd

projectDep = f'{project.folder}/td-python-dep'

if projectDep not in sys.path:
	sys.path.append(projectDep)
	
	for each in sys.path:
		print(each)

else:
	pass

raganmd

py -{versionNumber} -m pip install {module} --target="{pathToTargetDir}"

raganmd

@echo off
rem turn off echo

rem set TouchDesigner build numbers
set TOUCHVERSION=2020.26630

rem set our project file target
set TOEFILE="project.toe"

rem set the rest of our paths for executables

raganmd

import requests

dataURL = 'https://www.purpleair.com/json?show=182&fbclid=IwAR17uHJ8zpHcj7nwipL7_KRleF8uj9DEZ3Gqz-8AfQwVVC7rYdfWC61aM0Q'

rawData =  requests.get(dataURL)
msg = rawData.json()

results = msg.get('results')

for eachDict in results:

raganmd

def tduDist(point1, point2):
  p1 = tdu.Vector(point1)
  p2 = tdu.Vector(point2)
  return p1.distance(p2)

raganmd

import numpy

def numpyDist(point1, point2):
  p1 = numpy.array(point1)
  p2 = numpy.array(point2)
  return numpy.linalg.norm(p1-p2)

raganmd

import math

def distance(x1, y1, z1, x2, y2, z2):
  return math.sqrt((x2 - x1)**2 + (y2 - y1)**2 + (z2 - z1)**2)